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Java 11 Cookbook

Java 11 Cookbook

By : Nick Samoylov, Sanaulla
1 (1)
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Java 11 Cookbook

Java 11 Cookbook

1 (1)
By: Nick Samoylov, Sanaulla

Overview of this book

For more than three decades, Java has been on the forefront of developing robust software that has helped versatile businesses meet their requirements. Being one of the most widely used programming languages in history, it’s imperative for Java developers to discover effective ways of using it in order to take full advantage of the power of the latest Java features. Java 11 Cookbook offers a range of software development solutions with simple and straightforward Java 11 code examples to help you build a modern software system. Starting with the installation of Java, each recipe addresses various problem by explaining the solution and offering insights into how it works. You’ll explore the new features added to Java 11 that will make your application modular, secure, and fast. The book contains recipes on functional programming, GUI programming, concurrent programming, and database programming in Java. You’ll also be taken through the new features introduced in JDK 18.3 and 18.9. By the end of this book, you’ll be equipped with the skills required to write robust, scalable, and optimal Java code effectively.
Table of Contents (18 chapters)
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Using concurrent collections


In this recipe, you will learn about the thread-safe collections of the java.util.concurrent package. 

Getting ready

A collection can be synchronized if you apply one of the Collections.synchronizeXYZ() methods to it; here, we have used XYZ as a placeholder that represents either Set, List, Map, or one of the several collection types (see the API of the Collections class). We have already mentioned that the synchronization applies to the collection itself, not to its iterator or the collection members. 

Such synchronized collections are also called wrappers because all of the functionality is still provided by the collections passed as parameters to the Collections.synchronizeXYZ() methods, while the wrappers provide only thread-safe access to them. The same effect could be achieved by acquiring a lock on the original collection. Obviously, such a synchronization incurs a performance overhead in a multithreading environment, causing each thread to wait for its turn...

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